Protein denaturation, protein stability - Measuring protein unfolding - Circulating dichroismisn
6 important questions on Protein denaturation, protein stability - Measuring protein unfolding - Circulating dichroismisn
What kind of information can you obtain form Fluorescence Near-UV circular dichroism?
This is due to the different ways that these complexes absorbe light.
So the secondary structure
What is cirular dichroism?
Light travels in two directions or polarizations, namely: perpendicular (s-polarization) and parallel (p-polarization).
Expressed as the ellipticity.
The extent to which the polarization of the light is affected by the chiral atoms depends on the location of the atoms and the polarity of its environment.
What kind of information can you obtain from Near UV circular Dichroism?
So the tertiary structure
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Which 2 methods are there for circular dichroism?
- Secondary structure: Far-UV CD
- Tertiary structure: Near-UV CD
Why is there a difference between protein unfolding between the 2 Circular Dichroism methods?
Why is there a difference in protein unfolding between the 2 Circular Dichroism methods?
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